Cellular Respiration

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Across
  1. 3. The process in which pyruvate(s) are broken down into NAD+ and recycled for later use.
  2. 11. CoA- Enzyme that breaks down part of Oxaloacetate molecule
  3. 12. The process of breaking down a pyruvate into NADH FDPH and ATP(Not the Krebs cycle)
  4. 14. process in which Energy(ATP) is produced by breaking down Glucose
  5. 15. A product/example of Lactic Acid
  6. 17. The uncharged molecules of ATP
  7. 19. Fermentation- A type of fermentation that produces as a byproduct an ingredient for wine, and yeast
  8. 21. and Bread- Product/example of Alcohal Fermentation.
  9. 22. The first stage in Cellular Respiration that breaks down one glucose molecule into two pyruvate molecules.
  10. 24. a molecule that will hold elections and will hold some of the energy produced by the glucose molecule, turns into NADH.
Down
  1. 1. Cycle- The second Cycle of Cellular Respiration in where 8 NADP and 2 FADH are produced
  2. 2. Synthase- Hydrogen Ions pass through thsi protein enable to power the manufacturing of ATP molecules.
  3. 4. Inner Membrane- The surrounding of the cell.
  4. 5. The molecule that begins the Kreb's Cycle.
  5. 6. The substance inside of a cell where all of the organelles or suspended in
  6. 7. Acid- The six carbon molecule in the Kreb's Cycle
  7. 8. Triphosphate- Main energy currency among cells.
  8. 9. Transprot Chain- The final step in Cellular Respiration and 34 ATPs are produced.
  9. 10. A membrane-bound cell where in which the Krebs cycle takes place, nicknamed the powerhouse of the cell.
  10. 13. Pathways- The product of one equation are the reactants of another equation
  11. 16. The process of breaking down a pyruvate into NAD+ without the use of oxygen
  12. 18. Acid- A byproduct of fermentation, makes your legs and arms sore after working out.
  13. 20. the main product of the Glycolysis reaction which is produced by one glucose molecules into two of itself.
  14. 23. The unpowered battery that holds the majority of the energy in its bonds from Kreb's Cycle to the ETC.